midstream

Tall Oak Midstream, LLC is constructing an oil gathering, storage and transportation system to serve producers in Oklahoma’s Sooner Trend (STACK) play. Tall Oak is already gathering and processing natural gas on its STACK system for multiple customers.

Anchored by a long-term agreement with Felix Energy, LLC, the system will connect to multiple downstream pipelines that provide direct access to the market center at Cushing, OK. Tall Oak expects to bring the system into service later this year.

PIERRE, S.D. (AP) — South Dakota residents were split Monday over the merits of allowing the Keystone XL oil pipeline through the state, with some telling regulators the project would be an economic engine but others calling it a grave threat to the environment.

More than 50 people offered their opinions on the state's portion of the pipeline during the three-hour South Dakota Public Utilities Commission session. The commission will make its decision after holding a final evidentiary hearing starting in late July.

The latest Annual Energy Outlook 2015 (AEO2015) prepared by the federal Energy Information Administration (EIA) presents long-term annual projections of energy supply, demand and prices through 2040. This analysis focuses on six scenarios: a reference case, low and high economic growth cases, low and high oil price cases, and the high oil and gas resource case.

TransCanada Corp. has written to U.S. Secretary of State John Kerry arguing that new Canadian rules on emissions should persuade him to approve the construction of the much-delayed Keystone XL pipeline.

The proposed $6.4 billion project would carry an estimated 830,000 bpd of Canadian crude oil per from Hardisty, Alberta, to Steele City, NE, then link up with Keystone’s existing line, which would take the oil on the final leg to the Texas coast of the Gulf of Mexico.

The federal Environmental Protection Agency on June 4 released a much-anticipated study of whether hydraulic fracturing contaminates drinking water supplies, concluding that while there have been some cases of contamination, the issue is not widespread.

Sunoco Logistics Partners announced June 4 plans to build an additional pipeline to deliver Marcellus Shale products to Marcus Hook, reflecting a growing market for liquid fuels derived from the region's shale drilling.

The Philadelphia Inquirer reported Sunoco Logistics said it intends to build two pipelines simultaneously as part of its Mariner East 2 project. The project, announced in November, is the second phase of a plan to move materials including propane, butane, and ethane from Appalachian shale-gas fields to the Marcus Hook Industrial Complex southwest of Philadelphia.

Wood Group has secured a $1 million contract with Origin Energy to provide detailed design engineering for the onshore pipelines related to the Halladale, Black Watch & Speculant (HBWS) Natural Gas Project in South West Victoria, Australia.

The HBWS gas fields are located in the offshore Otway Basin in Victoria but due to their proximity to shore, and to avoid sensitive marine environments, they are being drilled using extended reach drilling (ERD) techniques from onshore location and tied back to the existing Otway Gas Plant.

In the wake of Energy Transfer Enterprises’ (ETE) thus far unsuccessful takeover bid of Williams Cos., some in the industry are predicting more of the same type of activity as cheap energy spurs stronger companies to look for less sound rivals to gobble up.

Magellan Midstream Partnersand LBC Tank Terminals, LLC ("LBC") announced they formed a 50/50 limited liability company. Seabrook Logistics, to own and operate crude oil storage and pipeline infrastructure in the Houston Gulf Coast area.

The assets will include more than 700,000 bbls of new crude oil storage and other distribution infrastructure located adjacent to LBC’s existing terminal in Seabrook. In addition, the JV will build an 18-inch pipeline, which will connect the new storage to an existing third-party pipeline that will transport crude oil to a Houston-area refinery.

Oil from Canada’s oil sands is about 20% more carbon-intensive on average than crude from elsewhere.

That is the damming conclusion from a forthcoming new study by the U.S. Department of Energy’s (DOE) Argonne National Laboratory and its partners. The study looked at a wells-to-wheels analysis, which takes into account greenhouse gas emissions along the entire supply chain, from extraction to transit, refining, and finally combustion by the end user.

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